EEG Wave Value Differentiation Explaining Different Stages of Parkinson’s Disease

Author: Ishmam Khan, Class of 2025 Figure: Parkinson’s is a detrimental neurodegenerative disease that affects patients at varying degrees of severity As neurodegenerative diseases like Parkinson’s disease (PD) progress, insights into brain changes become crucial for early diagnoses and effective interventions. In a recent study, Pappalettera et al. at Stony Brook University utilized Approximate Entropy (ApEn) analysis to compare the complex brain signals that occur … Continue reading EEG Wave Value Differentiation Explaining Different Stages of Parkinson’s Disease

Algae Consumption: An Unexpected Boost to Video Game Performance

Author: Sean Krivitsky, Class of 2026 Figure 1. Image depicting various marine algae species, namely Chorda filum and Cladophora glomerata. Video games have always been considered by many as just a trivial hobby. Yet, in recent years, there has been a rise in the popularity of video game streaming, especially in competitive settings. Consequently, in such competitions, players need to prioritize factors like attentiveness and … Continue reading Algae Consumption: An Unexpected Boost to Video Game Performance

Duty Calls: Video Games as an Outlet for Reflection and Fulfilling Desires

Author: Ishmam Khan, Class of 2025 Figure 1: Social media is a common outsource for video game discussion; Reddit is the most popular source for these discussion topicsCall of Duty is an iconic first-person shooter video game published by Activision Studios. The game is known for its dynamic gunplay, innovative realistic graphics, and its gritty portrayal of war. However, Call of Duty has a contentious … Continue reading Duty Calls: Video Games as an Outlet for Reflection and Fulfilling Desires

Innovations in our Understanding of Glaucoma

Author: Ishmam Khan, Class of 2025 Figure 1: Research into glaucoma yields promising insights into the future of optics and disease at Stony Brook University Glaucoma, a condition characterized by optic nerve degeneration and the cell death of retinal ganglion neurons, is a leading cause of irreversible blindness worldwide. The retina’s health is critical for vision, and understanding the blood flow (BF) of many regions … Continue reading Innovations in our Understanding of Glaucoma

Prolonged Functional Hyperemia Found in Early Stage AD in mouse models

By Asher Agarwal, Class of 2027 When a region of our brain is active, blood vessels dilate to increase blood flow and meet the increased metabolic demand of the area. This is known as functional hyperemia, or neurovascular coupling, and it is critical for maintaining metabolic homeostasis in the brain. Previous research has shown that, in response to novel environments, hippocampal inhibitory interneurons are stimulated … Continue reading Prolonged Functional Hyperemia Found in Early Stage AD in mouse models

Taking A Glimpse into A VR Headset: The Connection Between the Mind and Vision

By Sajia Athai, Class of 2026 For the past decade, homes have transformed into vibrant arenas of gaming with sounds of clicking controllers and the colors of OLED screens. Parents often feel concerned about the spike in new video games as companies release new accessories and skins for players to customize. Worried about the possibility of addiction, many forget the positive outcomes that games offer, … Continue reading Taking A Glimpse into A VR Headset: The Connection Between the Mind and Vision

Virtual Reality as a Means of Neuroplasticity

Tiffany Ang, Class of 2025 Neuroplasticity is defined as the brain’s ability to create and reorganize neural connections in response to learning and or following injury. This reorganization can be structural or functional, resulting from learning or brain damage respectively. Virtual reality (VR) offers an integrative approach to enhance neuroplasticity by producing controlled yet engaging environments that imitate real-life experiences and promote realistic patterns of … Continue reading Virtual Reality as a Means of Neuroplasticity

The Neural Network Memory Update

By Farzad Hoque, Class of 2028 Understanding how the brain balances learning and memory is one of neuroscience’s biggest challenges. New research uncovers how synaptic plasticity and metastable dynamics in cortical circuits work together in neural networks, shedding light on the brain’s remarkable ability to adapt and reorganize. Dr.Yang and Dr.La Camera at Stony Brook University discovered synaptic weights stabilize near a critical threshold, enabling … Continue reading The Neural Network Memory Update

Skill Issue: The Effect of FPS Games on Cortical Activity

Author: Ishmam Khan, Class of 2025 Figure 1: The FPS genre of gaming has widespread connections around the world, demonstrating its popularity The FPS, or first-person shooter, genre of gaming has a controversial history. In the 1990s, there was a scare regarding the impact such games would have on children. Some worries included, but were not limited to: increased levels of aggression, poor emotional and … Continue reading Skill Issue: The Effect of FPS Games on Cortical Activity

What do Machines Know of Depression? Explaining Past Failures of Clinical Algorithms About MDD

Author: Ishmam Khan, Class of 2025 Figure 1: MDD is a devastating, extremely common, and fast-growing disease in terms of suffering, mortality, and cost to society. Since COVID-19, the rates of mental health disorders have increased significantly. One such disorder is Major Depressive Disorder (MDD), a serious disorder affecting more than 8% of the US population. As of 2024, the remission rates, or rate of … Continue reading What do Machines Know of Depression? Explaining Past Failures of Clinical Algorithms About MDD

Mature Oligodendrocytes Demonstrate Delayed Cell Death by Alternate Mechanism

By Vignesh Subramanian, Class of 2024 Figure 1: A myelinating oligodendrocyte in a murine brain.  Oligodendrocytes are specialized glial cells in the central nervous system primarily responsible for myelination, the process of ensheathing the axons of neurons in a lipid-rich membrane known as myelin, which insulates the nerve fibers and speeds up the transmission of the action potentials they conduct. Oligodendrocytes are the products of … Continue reading Mature Oligodendrocytes Demonstrate Delayed Cell Death by Alternate Mechanism

Childhood Maltreatment as a Predictor of Neural Activity During Postpartum

Marie Collison, Class of ‘25 Individuals who have experienced childhood maltreatment (CM) in their past have a greater risk of exhibiting behaviors of maltreatment towards their own children. As such, it is important to understand how mothers may respond to their infant cues in context with their past experiences, especially during the often tumultuous postpartum (after-birth) period. Prior research has established that brain responses in … Continue reading Childhood Maltreatment as a Predictor of Neural Activity During Postpartum